Explore how Robert Knox's 'Moral Anatomy' theory influenced Victorian science and Charles Darwin's work on evolution and race.
Explore how reductionist philosophy shaped biological breakthroughs like the Meselson-Stahl experiment and continues to influence modern science.
Explore the BPC model and discover how beliefs, preferences, and constraints influence human behavior through scientific research and experiments.
Explore the fascinating history of the proposed sea-level canal that threatened to mix Atlantic and Pacific marine ecosystems and sparked a scientific controversy.
Discover how swapping a flexible linker between enzyme complexes revealed hidden evolutionary relationships in cellular metabolism.
Discover how biological innovation reveals fundamental principles about creativity, adaptation, and transformation in complex systems from cells to societies.
Explore how Professor Robert J. Wootton's research on fish ecology revealed universal principles of life-history theory through the study of guppies and their evolutionary trade-offs.
Explore how evolutionary theory extends beyond biology to explain human behavior, culture, and society through engaging experiments and data visualizations.
Explore how chemical systems can be programmed to perform computational tasks using embodied reaction logic, moving beyond traditional silicon computing.
Exploring homeorhesis as an alternative to homeostasis and its role in evolutionary biology through mathematical modeling and fossil record analysis.